
Semantria (now part of Lexalytics) - Short Review
Analytics Tools
Product Overview of Semantria
Semantria, a product developed by Lexalytics, is a robust sentiment and text analytics service designed to extract meaningful insights from unstructured text data. Here’s a detailed look at what Semantria does and its key features.
What Semantria Does
Semantria leverages advanced natural language processing (NLP) algorithms and artificial intelligence to analyze large volumes of unstructured text data. This includes documents, comments, reviews, articles, emails, survey responses, and more. The service transforms this raw text into usable data, providing contextual patterns and insights that are crucial for various business applications such as market research, customer feedback analysis, and risk management.
Key Features and Functionality
1. Sentiment Analysis
Semantria’s sentiment analysis tool enables users to determine the emotional undertone of text data, classifying it as positive, negative, or neutral. This feature is essential for tracking consumer perceptions of brands and identifying potential issues early.
2. Named Entity Extraction
The service can extract and identify various entities within the text, including individuals, organizations, and locations. This helps in understanding the relationships between different entities and gaining deeper insights into the content.
3. Theme and Topic Extraction
Semantria automatically identifies themes and topics in textual data, allowing users to discover insightful patterns and trends through the identification of recurrent themes and ideas.
4. Intent Analysis
This feature analyzes the underlying objectives of the text content by examining linguistic patterns and contextual cues, providing valuable context for decision-making.
5. Multi-language Support
Semantria supports over 20 languages, making it a versatile tool for analyzing multilingual text data and ensuring comprehensive sentiment and text analytics across diverse datasets.
6. Customizable Workflows
Users can adapt the analytic process to their specific needs by setting entity recognition rules and configuring sentiment dictionaries. This customization allows for tailored workflows that meet individual requirements.
7. Real-time Processing
Semantria offers real-time processing capabilities, enabling the instantaneous examination of incoming data streams. This is particularly useful for real-time monitoring of news updates, consumer feedback channels, social media feeds, and other dynamic sources.
8. Integration Options
The service provides smooth integration options through API access, allowing users to integrate text analytics and sentiment analysis features into their existing systems. It supports integration with platforms like Zapier and various programming languages.
9. Categorization and Summarization
Semantria includes tools for categorizing text based on predefined criteria and summarizing large volumes of text into concise, meaningful summaries. These features help in organizing and understanding large datasets efficiently.
10. Low-level NLP Functions
The service also includes low-level NLP functions such as tokenization and part-of-speech tagging, which are essential for detailed text analysis.
11. Pre-Built Industry Configurations
Semantria offers pre-built industry configurations, allowing users to quickly adapt the service to their specific industry needs without extensive customization.
Deployment and Scalability
Semantria can be deployed on-premise, in the cloud, or within hybrid infrastructure, making it highly flexible and scalable. It securely fits various scenarios, from desktop analytics to high-demand social platforms, and is designed to handle hundreds of millions of documents daily.
In summary, Semantria is a powerful text analytics service that leverages NLP and AI to provide deep insights from unstructured text data. Its customizable workflows, real-time processing, and multi-language support make it an invaluable tool for businesses seeking to extract meaningful data and make informed decisions.